AURORA X1

Create a futuristic electric sports car concept named AURORA X1 as a complete 3D CAD model for a college engineering innovation project. **Overall dimensions** - Length: 4500 mm - Width: 2000 mm - Height: 1150 mm - Wheelbase: 2700 mm - Four wheels, with front and rear wheels symmetrically positioned on the left and right sides. **Exterior body** Create a low, wide, wedge-shaped hypercar body with an aggressive front fascia, sloping hood, compact cabin, panoramic canopy, sculpted side panels, and tapered rear. Use smooth transitions where possible and angular geometric details for a futuristic appearance. Maintain left-right symmetry. **Wheels and tires** Add four realistic cylindrical tires with alloy-style rims, evenly spaced wheel openings, and visible wheel hubs. Position the wheels symmetrically and align their axes correctly. **Front design** Add two slim headlight housings, a central lower air intake, two side air intakes, and a front splitter. Keep the front end low and aerodynamic. **Side design** Add sculpted side skirts, recessed side air intakes, door outlines, side mirrors, and pronounced wheel arches. Keep the cabin low with a sloping windshield and rear roofline. **Rear design** Add a raised rear spoiler, full-width rear light housing, rear bumper, diffuser with four geometric fins, and two simulated exhaust-style outlets or decorative EV air outlets. **Top and cabin** Add a panoramic roof surface, windshield, rear window, and simple side-window geometry. Represent the cabin as a separate component where possible. **CAD requirements** Use millimeters and create an editable parametric model. Keep the body, tires, rims, windows, spoiler, and major aerodynamic components as separate solids or clearly identifiable features where supported. Prefer clean, watertight geometry, avoid self-intersections, and use sensible proportions. Expose overall dimensions and wheel placement as editable parameters when possible. Prioritize the main car body and four correctly positioned wheels first. If the full model is too complex for one generation, create the main body and wheels as the first stage and leave detailed features for subsequent refinements. This is a conceptual design for academic demonstration, not a road-certified or manufacturing-validated vehicle.

Parameters

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